Platform/Data Analysis Lab
Data analysis
Data Analysis Lab

Analyze your own data, with AI on your side.

Upload your data and pick a domain. The AI suggests the right method, checks the assumptions, runs it through a guided six-step flow, and delivers a report you can hand in — across six analysis areas, from statistics to optimization.

6 analysis areas120+ analysesAI recommendationsNo coding
6
Analysis Areas
120+
Analyses
6
Guided Steps
AI
Method & Interpretation

To analyze your own data —
why does it have to start with a tool?

01Commercial statistics software is expensive — and rarely explains itself?
02Writing R or Python code before you can run a single analysis?
03Stuck on which method your data actually allows?
04Got the output, but can’t explain what it means to anyone else?

Bring the data — Skari handles method, validation, and interpretation.

01 · DOMAINS

Six analysis areas, one workbench.

Pick the area that fits your question — each opens a purpose-built set of methods.

Statistics, finance, marketing, quality, decision, optimization. The question decides the domain; the domain decides the method menu — you never have to translate a business question into a test name on your own.

regression

17 results

Simple Linear Regression

Statistics › Relationship › Regression

Multiple Linear Regression

Statistics › Relationship › Regression

Ridge / Lasso Regression

Statistics › Relationship › Regression

Logistic Regression

Statistics › Relationship › Regression

One search, across all 6 domains — 200+ analyses.

02 · START

Three ways to put data in.

Sample data, file upload, or drag and drop.

Not ready with your own file? Load a sample dataset and see a full result in one click. When you are ready, upload a CSV or Excel file — or just drop it on the screen. Column types are detected automatically and each variable is tagged numeric or categorical, so variable selection starts from a sensible default.

Sample data

One click loads a dataset with the analysis already set up.

File upload

CSV and Excel (.csv, .xlsx, .xls) from your own work.

Drag and drop

Drop the file on the screen and the analysis starts.

Load your data.csv · .xlsx · .xls

Drop your file to upload

or click to browse · or start from a sample dataset

satisfactionNum
age_groupCat
regionCat
incomeNum

Column types detected automatically — n = 428 rows, 4 variables.

03 · RECOMMEND

Not sure which analysis fits?

Describe the question — the AI picks the method.

The hardest part is rarely the computation — it is knowing which method your data allows. Skari scans every column, weighs variable types and sample size, and lists the analyses that actually apply. Prefer to browse? Split the catalog into Explore and Model modes, or search it by name.

Recommended for your dataExploreModel
Search analyses…
Multiple Regressionnumeric outcome · 3 predictors
One-Way ANOVAcategorical group · numeric outcome
Correlation Analysistwo or more numeric variables
Ordinal Logisticif the outcome is a rating scale

Every column scanned — only the methods your data allows.

04 · FLOW

One structure — the same everywhere.

Every method in every domain runs through the same six steps.

Variables → Settings → Validation → Summary → Reasoning → Report. Each step explains itself as you go, so the second analysis feels familiar even when the method is new — and you can always step back without losing the run.

1
Variables
2
Settings
3
Validation
4
Summary
5
Reasoning
6
Report
STEP 01Variables

Choose the columns the analysis runs on

Pick the roles the method needs — group and outcome for a t-test, target and features for a regression.

Select variablesStep 1 of 6

Outcome · required

satisfactionNum

Predictors · required

age_groupincomeregion

Covariates · optional

Drag a column here

Roles auto-guessed from column names.

Next

05 · VALIDATE

Problems caught before you run, not after.

Assumptions and data quality are checked up front.

Before a single request goes out, Skari checks that your variables suit the method, that the sample is large enough, and that assumptions such as normality and equal variance are not violated. Each check reads pass, warning, or fail — and a hard fail blocks the run instead of returning a number you should not trust.

Data validationbefore run
Outcome variable definedsatisfaction
Predictors selected3 selected
Sample size adequaten = 428
Normality of residualspass
Missing values2.3% — review

A hard fail blocks “Run Analysis” — no untrustworthy result.

06 · INTERPRET

Numbers are not the answer.

The verdict, the reasoning, and what to do next.

The summary gives the headline result with a quality grade across dimensions such as fit, reliability, precision, sample adequacy, and assumptions. “Why this result?” then explains what drove it, and the AI read-out turns the tables into sentences you can put in front of someone else — with alternative methods suggested when your data would fit a different one better.

Why this result?

Result strength

Strong

Reliability

Good

Precision

Moderate

Assumptions

Review

AI interpretation

The model is highly significant and explains a large share of the variation. Check multicollinearity before reading individual coefficients.

07 · REPORT

End with something you can hand in.

Word report, tables, charts — and the code that reproduces it.

Results arrive as visualizations and tables, with significance marked against p-values and an insight note under each table. Export an APA-formatted Word report, a CSV of the tables, a PNG of the screen, or the R / Python script that reproduces the same analysis in your own environment — and save the whole run to a project so you can come back to it.

ExportSave to project
Word documentAPA report — tables, charts, interpretation
CSV spreadsheetResult tables, reopened in Excel
PNG imageThe result screen, for slides
R / Python codeReproduce the same analysis yourself

The exported script is a starting point, not a black box — adjust the column names and options to match your own environment, then attach it to a paper or assignment as reproducible evidence.

08 · CATALOG

Inside Statistics: nine families, 120+ analyses.

From descriptives to structural equation models — the whole range runs through the same six steps.

Exploration5 analyses

Descriptives · frequency · correlation · power

Comparison16 analyses

t-tests · ANOVA family · non-parametric · Bayesian

Relationship16 analyses

Linear · logistic · GLM · Ridge & Lasso

Predictive / ML16 analyses

Decision tree · random forest · XGBoost · ANN

Survival11 analyses

Kaplan-Meier · Cox · competing risks · RMST

Econometrics17 analyses

DID · PSM · RDD · IV · panel models

Structural14 analyses

EFA · CFA · PCA · mediation · SEM

Clustering7 analyses

K-means · hierarchical · DBSCAN · GMM

Time Series20 analyses

ARIMA · Prophet · VAR/VECM · GARCH

Bring your data. We’ll handle the method.

AI picks the right analysis, validates it, and walks you to a report — across six domains.

No credit card required
120+ analyses, no coding